In this paper a hybrid model is investigated to capture both financial behaviors of an asset: (i) the leverage effect and (ii) the stochastic volatility component. For this we consider a hybrid model that takes the strengths of the Heston and the CEV models. The pricing of European options is investigated both theoretically and empirically. A decomposition formula that allows to estimate the option price is obtained. Moreover, numerical simulations of the asset price are done to give a better and concrete vision of the adding of this approach. In addition, the price of a European call option under the hybrid model is computed using the Monte Carlo method and our formula. Illustrations and tables show the efficiency of the numerical method b...
In this thesis I introduce a new methodology for pricing American options when the underlying model ...
This paper introduces a financial market model with transactions costs and uncertain volatility. Thi...
We extend the stochastic volatility model in Moretto et al. [MPT05] to a stochastic volatility jump-...
We examine European call options in the jump-diffusion version of the Double Heston stochastic volat...
In this paper, an analytical approximation formula for pricing European options is obtained under a ...
Modern financial engineering is a part of applied mathematics that studies market models. Each model...
Heston’s stochastic volatility model is frequently employed by finance researchers and practitioners...
A general purpose of mathematical models is to accurately mimic some observed phenomena in the real ...
In this paper we develop a general method for deriving closed-form approximations of European option...
URL: http://www-spht.cea.fr/articles/s04/017International audienceClosed form option pricing formula...
This thesis evaluates different models accuracy of option pricing by MonteCarlo simulations when cha...
We examine currency options in the jump-diffusion version of the Heston stochastic volatility model ...
This paper attempts to study and explore the most commonly used option pricing models. As we will se...
This thesis presents our study on using the hybrid stochastic-local volatility model for option pric...
In modern financial mathematics, valuing derivatives such as options is often a tedious task. This i...
In this thesis I introduce a new methodology for pricing American options when the underlying model ...
This paper introduces a financial market model with transactions costs and uncertain volatility. Thi...
We extend the stochastic volatility model in Moretto et al. [MPT05] to a stochastic volatility jump-...
We examine European call options in the jump-diffusion version of the Double Heston stochastic volat...
In this paper, an analytical approximation formula for pricing European options is obtained under a ...
Modern financial engineering is a part of applied mathematics that studies market models. Each model...
Heston’s stochastic volatility model is frequently employed by finance researchers and practitioners...
A general purpose of mathematical models is to accurately mimic some observed phenomena in the real ...
In this paper we develop a general method for deriving closed-form approximations of European option...
URL: http://www-spht.cea.fr/articles/s04/017International audienceClosed form option pricing formula...
This thesis evaluates different models accuracy of option pricing by MonteCarlo simulations when cha...
We examine currency options in the jump-diffusion version of the Heston stochastic volatility model ...
This paper attempts to study and explore the most commonly used option pricing models. As we will se...
This thesis presents our study on using the hybrid stochastic-local volatility model for option pric...
In modern financial mathematics, valuing derivatives such as options is often a tedious task. This i...
In this thesis I introduce a new methodology for pricing American options when the underlying model ...
This paper introduces a financial market model with transactions costs and uncertain volatility. Thi...
We extend the stochastic volatility model in Moretto et al. [MPT05] to a stochastic volatility jump-...